Development of embedded systems for critical applications requiring high guarantees of reliability, functional safety and real-time performance.
Comprehensive engineering of embedded hardware and software for advanced technological products in the industrial, aerospace, railway and automotive sectors.
Embedded systems are at the technological core of many advanced industrial products, integrating electronics, software and communications to enable critical functionality in environments where reliability, safety and performance are fundamental requirements. These systems are present in applications where failure is not acceptable and where regulatory compliance and rigorous validation are essential elements of the development process.
Exceltic develops embedded critical systems solutions covering the entire product lifecycle, from requirements engineering and system architecture to hardware and software development, verification, validation and compliance. The solutions are designed applying system engineering methodologies and international standards used in critical sectors such as automotive, aerospace, defence, railway or advanced industrial systems.
1
activities
Embedded systems engineering
Definition of technical and functional requirements for embedded systems.
Technical feasibility analysis and architectural risk assessment.
Requirements management and traceability throughout the system lifecycle.
Definition of criteria for verification and acceptance of the system.
Application of systems engineering methodologies in complex environments.
Change management and version control of requirements.
2
activities
Systems architecture and software design
Definition of software architectures for embedded systems.
Design of hardware-software interfaces for subsystem integration.
System architecture modelling using engineering tools.
Model-based development for early system validation.
Definition of communication protocols between components.
Technical documentation of architecture and design.
3
activities
Embedded software and firmware development
Firmware programming for industrial electronic devices.
Development of device drivers and hardware drivers.
Implementation of real-time systems and multitasking management.
Optimisation of CPU, memory and hardware resources.
Development of embedded applications in C, C++ and Python languages.
Implementation of communication protocols in embedded systems.
4
activities
Verification and validation of systems
Unit testing and verification of embedded software modules.
Integration tests between hardware and software of the system.
Functional validation against defined technical requirements.
Code coverage analysis and structural verification of the software.
Regression tests for incremental builds.
Validation in simulation environments and test platforms.
5
activities
Cybersecurity in embedded systems
Threat analysis and cybersecurity risk assessment (TARA).
Definition of the system's cyber security architecture.
Development of cybersecurity requirements for software and hardware.
Implementation of security testing and vulnerability analysis.
Code analysis and penetration testing of critical systems.
Vulnerability management and incident response plans.
6
activities
Processes, quality and compliance
Application of development models based on the V-model.
Implementation of processes in accordance with sectoral standards.
Auditing and evaluation of software development processes.
Definition of quality controls in embedded development.
Application of ASPICE methodologies in automotive environments.
Management of technical documentation for certification and auditing.
2
ACTIVITIES
Systems architecture and software design
Definition of software architectures for embedded systems.
Design of hardware-software interfaces for subsystem integration.
System architecture modelling using engineering tools.
Model-based development for early system validation.
Definition of communication protocols between components.
Technical documentation of architecture and design.
3
ACTIVITIES
Embedded software and firmware development
Firmware programming for industrial electronic devices.
Development of device drivers and hardware drivers.
Implementation of real-time systems and multitasking management.
Optimisation of CPU, memory and hardware resources.
Development of embedded applications in C, C++ and Python languages.
Implementation of communication protocols in embedded systems.
4
ACTIVITIES
Verification and validation of systems
Unit testing and verification of embedded software modules.
Integration tests between hardware and software of the system.
Functional validation against defined technical requirements.
Code coverage analysis and structural verification of the software.
Regression tests for incremental builds.
Validation in simulation environments and test platforms.
5
ACTIVITIES
Cybersecurity in embedded systems
Threat analysis and cybersecurity risk assessment (TARA).
Definition of the system's cyber security architecture.
Development of cybersecurity requirements for software and hardware.
Code coverage analysis and structural verification of the software.
Code analysis and penetration testing of critical systems.
Vulnerability management and incident response plans.
6
ACTIVITIES
Processes, quality and compliance
Application of development models based on the V-model.
Implementation of processes in accordance with sectoral standards.
Auditing and evaluation of software development processes.
Definition of quality controls in embedded development.
Application of ASPICE methodologies in automotive environments.
Management of technical documentation for certification and auditing.
test 1
ACTIVITIES
Embedded systems engineering
Definition of technical and functional requirements for embedded systems.
Technical feasibility analysis and architectural risk assessment.
Requirements management and traceability throughout the system lifecycle.
Definition of criteria for verification and acceptance of the system.
Application of systems engineering methodologies in complex environments.
Change management and version control of requirements.
Exceltic develops critical embedded systems for advanced technological products that require high levels of reliability, functional safety and regulatory compliance. The combination of systems engineering, embedded software development, advanced verification and cybersecurity allows us to tackle complex projects in sectors such as automotive, aerospace, defence, railway or advanced industry, guaranteeing robust solutions aligned with international standards for the development of critical systems.
Embedded Systems Laboratory (e-LAB)
Exceltic has a specialised laboratory for the development, validation and testing of embedded systems, designed to facilitate advanced electronic engineering activities, hardware-software integration and the technical verification of critical systems. This technological environment enables development cycles to be accelerated, improves system quality and facilitates the experimental validation of embedded solutions under controlled conditions.
The laboratory enables electronic prototyping, software and hardware testing, device characterisation and functional validation of embedded systems. It also has infrastructure for remote testing and real-time monitoring, which facilitates collaboration between distributed teams and accelerates the execution of complex engineering projects.
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Design and prototyping of electronic circuits.
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Functional validation of embedded software and hardware.
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Measurement, calibration and characterisation of electronic devices.
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Development and validation of automated test platforms.
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IoT infrastructure for real-time test monitoring.
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Test data recording and analysis systems.
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Automated electronic test benches.
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Measuring stations with oscilloscopes and signal generators.
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Vector analysis and advanced measurement equipment.
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Remote testing platforms accessible via secure portal.
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IoT infrastructure for real-time test monitoring.
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Test data recording and analysis systems.
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Ability to adapt test benches to different types of embedded systems.
Remote testing infrastructure that facilitates working with distributed teams.
Controlled trials to detect incidences at early stages of development.
Early validation of embedded systems through specialised test environments.
DIFFERENTIAL VALUE
DIFFERENTIAL VALUE
Accelerating development
Higher technical quality
Global collaboration
Technological flexibility
1
Technologies and Tools
To ensure maximum performance and reliability in the development of embedded hardware and electronic platforms, we use industry-leading tools:
LANGUAGES AND DEVELOPMENT
C, C++, Python
Architectures and hardware
Engineering tools
Modelling and simulation
Testing and validation
Validation environments
Standards applied
2
Technologies and Tools
To ensure maximum performance and reliability in the development of embedded hardware and electronic platforms, we use industry-leading tools:
LANGUAGES AND DEVELOPMENT
Architectures and hardware
32-bit microcontrollers, FPGA, SoC (Zynq)
Engineering tools
Modelling and simulation
Testing and validation
Validation environments
Standards applied
3
Technologies and Tools
To ensure maximum performance and reliability in the development of embedded hardware and electronic platforms, we use industry-leading tools:
LANGUAGES AND DEVELOPMENT
Architectures and hardware
Engineering tools
Polarion, Git, Jenkins
Modelling and simulation
Testing and validation
Validation environments
Standards applied
4
Technologies and Tools
To ensure maximum performance and reliability in the development of embedded hardware and electronic platforms, we use industry-leading tools:
LANGUAGES AND DEVELOPMENT
Architectures and hardware
Engineering tools
Modelling and simulation
MatLab
Testing and validation
Validation environments
Standards applied
5
Technologies and Tools
To ensure maximum performance and reliability in the development of embedded hardware and electronic platforms, we use industry-leading tools:
LANGUAGES AND DEVELOPMENT
Architectures and hardware
Engineering tools
Modelling and simulation
Testing and validation
Lauterbach, Parasoft, Segger, National Instruments
Validation environments
Standards applied
6
Technologies and Tools
To ensure maximum performance and reliability in the development of embedded hardware and electronic platforms, we use industry-leading tools:
LANGUAGES AND DEVELOPMENT
Architectures and hardware
Engineering tools
Modelling and simulation
Testing and validation
Validation environments
HiL (Hardware-in-the-Loop)
SiL (Software-in-the-Loop)
MiL (Model-in-the-Loop)
Standards applied
7
Technologies and Tools
To ensure maximum performance and reliability in the development of embedded hardware and electronic platforms, we use industry-leading tools:
LANGUAGES AND DEVELOPMENT
Architectures and hardware
Engineering tools
Modelling and simulation
Testing and validation
Validation environments
Standards applied
ISO 26262
ISO/SAE 21434
EN 50126 / 50128 / 50129
DO-178C
IEC 61508
IEC 62304
BENEFITS
High reliability
Systems designed to operate in critical environments with high safety requirements.
Regulatory compliance
Developments aligned with international standards in regulated sectors.
Hardware-software integration
Optimised architectures to maximise system performance and stability.
Technological security
Protection against vulnerabilities through embedded cyber security engineering.
Technical traceability
Complete requirements management, design and validation throughout the lifecycle.
Product optimisation
Risk reduction and efficiency improvement through structured development methodologies.
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